Hitachi P5XLA User manual

SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT.

Multimedia LCD Projector

March 2004 Digital Media Division

SM0542

SERVICE MANUAL

Be sure to read this manual before servicing. To assure safety from ﬁ re, electric shock, injury, harmful radi-

ation and materials, various measures are provided in this Hitachi Multimedia LCD Projector. Be sure to

read cautionary items described in the manual to maintain safety before servicing.

Caution

1. When replacing the lamp, avoid burns to your ﬁ ngers as the lamp becomes very hot.

2. Never touch the lamp bulb with a ﬁ nger or anything else. Never drop it or give it a shock. They may

cause bursting of the bulb.

3. This projector is provided with a high voltage circuit for the lamp. Do not touch the electric parts of

power unit (main), when turning on the projector.

4. Do not touch the exhaust fan, during operation.

5. The LCD module assembly is likely to be damaged. If replacing the LCD LENS/PRISM assembly, do

not hold the FPC of the LCD module assembly.

6. Use the cables which are included with the projector or as speci ﬁ ed.

Service Warning

1. Features --------------------------------------------------- 2

2. Speciﬁ cations--------------------------------------------- 2

3. Names of each part ------------------------------------- 3

4. Adjustment ------------------------------------------------ 5

5. Troubleshooting---------------------------------------- 12

6. Service points ------------------------------------------ 18

7. Wiring diagram ----------------------------------------- 29

8. Disassembly diagram--------------------------------- 36

9. Replacement parts list-------------------------------- 39

10.RS-232C communication---------------------------- 40

11.Block diagram------------------------------------------- 50

12.Connector connection diagram -------------------- 51

13.Basic circuit diagram---------------------------------- 52

Contents

Warning

The technical information and parts shown in this

manual are not to be used for: the development,

design, production, storage or use of nuclear, chemical,

biological or missile weapons or other weapons of

mass destruction; or military purposes; or purposes that

endanger global safety and peace. Moreover, do not

sell, give, or export these items, or grant permission for

use to parties with such objectives. Forward all inquiries

to Hitachi Ltd.

CP-X1200W(P5XLA)

CP-X1250W(P5XMLA)

CP-X1200WA(P5XMLB)

PJ1165(P5XMB)

2

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB)

1. Features

Ultra high brightness

Whisper mode equipped

User memory function

CP-X1200 CP-X1250 CP-X1200WA

Liquid

Crystal

Panel

Drive system TFT active matrix

Panel size 2.5cm (0.99inches)

Number of pixels 1024 (H) × 768 (V)

Lamp 310W 275W

RGB signal

input

RGB IN

D-sub

15pin

Video: Analog 0.7Vp-p, 75Ω terminator

H/V. sync.: TTL level (positive/negative)

Composite sync.: TTL level

BNC

Digital

input

MI-D

Type: T.M.D.S

Amplitude differential signal: DC: 150~1200mV AC: 1.56Vp-p

AUDIO IN

1

200mVrms, 57kΩ

Stereo mini jack

2

Video signal

input

COMPOSITE

VIDEO

System

NTSC, NTSC4.43, PAL (BGDHI), SECAM, PAL-M, PAL-N, PAL60

1.0Vp-p, 75Ω terminator

RCA jack

S-VIDEO

Y 1.0Vp-p, 75Ω terminator

C 0.3Vp-p, 75Ω terminator

Mini DIN 4-pin jack

COMPONENT

VIDEO

System

525i (480i), 525p (480p), 625i (575i), 720p, 1080i

Y 1.0Vp-p, 75Ω terminator

RCA jack ×3, BNC ×3

C

B

/C

R

0.7Vp-p, 75Ω terminator

P

B

/P

R

0.7Vp-p, 75Ω terminator

AUDIO IN

L

200mVrms, 57kΩ (max. 3.0Vp-p)

RCA jack ×2

R

Signal output

RGB OUT

Video: Analog 0.7Vp-p, 75Ω output impedance (positive)

H/V. sync.: TTL level (positive/negative)

Composite sync.: TTL level

D-sub 15-pin shrink jack

AUDIO OUT

0~200mVrms, output impedance 1kΩ

Stereo mini jack

DC OUT 5V/1A (Power supply for the Wireless unit)

Speaker output 1.0W + 1.0W(stereo)

Power supply AC100~120V / 5.2A , AC220~240V / 2.2A

AC100~120V / 4.7A , AC220~240V / 2.0A

Power consumption 470W 430W

Dimensions 420(W) × 150(H) × 310(D) mm (No including protruding parts)

Weight 7.7kg (17lbs)

Temperature Operation : 0~35°C Storage : -20~60°C

Accessories

Remote control transmitter × 1 MI-D cable × 1

Power cord × 3 Battery × 2

RGB cable × 1

User's manual 1 (with safety instructions) × 1

AV cable × 1 User's manual 2

(Book or CD-ROM)

× 1

Partial magnification function

Keystone distortion correction

Optical lens shift

2. Specifications

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3

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

3. Names of each part

Parts names

Projector

1 Elevator button

2 Elevator foot

3 Remote sensor

4 Lens cap

5 Lens

The picture is projected from

here.

6 Filter cover

An air filter is inside.

A RGB port

B M1-D port

C BNC port

D

AUDIO IN 1 port

E AUDIO IN 2 port

F CONTROL port

G NETWORK port

H AUDIO IN R/L port

I VIDEO IN port

J S-VIDEO port

K COMPONENT port

L RGB OUT port

M AUDIO OUT port

7 REMOTE CONTROL port

8 DC OUT port

9 AC Inlet

10 Power switch

Projector (Front/Right)

Projector (Rear/Left)

1

2

3

5

6

4

9

10

ENTER

INPUT

M1-D

RGB

BNC

S-VIDEO

STANDBY/ON

TEMP

VIDEO

COMPONENT

LAMP

KEYSTONE

SEARCH

RESET

MENU

FOCUS

LENS SHIFT

ZOOM

Control Panel

STANDBY/ON button

and STANDBY/ON

indicator

TEMP indicator

LAMP indicator

LENS SHIFT buttons

INPUT dial

SEARCH button

M1-D indicator

RGB indicator

BNC indicator

COMPONENT indicator

S-VIDEO indicator

VIDEO indicator

ZOOM buttons

FOCUS buttons

KEYSTONE button

MENU button

RESET button

ENTER button

Cursor buttons

///

3

L

A

D

E

C

H

I

B

M

J

K

G

8

7

F

4

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

STANDBY/ON

VIDEO

LASER INDICATOR

ESC MENU

POSITION

RESET AUTO

KEYSTONE

1 2 3

ID CHANGE

SEARCH

ON

OFF

FREEZE MUTE

MAGNFY

PinP

VOLUME

RGB

BLANK

ASPECT

MOUSE

LASER

LENS SHIFT

+

–––

++

FOCUS ZOOM

1

4

14

19

16

27

29

31

32

33

15

13

20

21

22

23

25

24

28

17

30

34

35

6

26

36

Remote Control

20 LASER INDICATOR

21 VIDEO button

22 RGB button

23 BLANK button

24 ASPECT button

25 LASER button

26 Cursor buttons / / /

( Mouse move pointer)

27 ESC button

( Keyboard ESC key)

28 ( Mouse right button)

29 POSITION button

30 AUTO button

31 PinP button

32 MAGNIFY buttons

33 FREEZE button

34 VOLUME button

35 MUTE button

36 ID CHANGE switch

1 STANDBY/ON button

4 LENS SHIFT buttons

6 SEARCH button

13 ZOOM buttons

14 FOCUS buttons

15 KEYSTONE button

16 MENU button

17 RESET button

18 ENTER button

( Mouse left button)

19 Cursor buttons

///

( Keyboard

Arrow keys ///)

18

(Rear)

Remote control

This remote control has a laser pointer in place of a finger or rod. The laser beam works and the LASER

INDICATOR lights while the LASER button is pressed.

About the Laser pointer

WARNING

• The laser pointer of the remote control is used in place of a ﬁ nger or rod. Never look directly into the laser

beam outlet or point the laser beam at other people. The laser beam can cause vision problems.

CAUTION

• Use of controls or adjustments or performance of procedures other than those speciﬁ ed herein may result in

hazardous radiation exposure.

STANDBY/ON

VIDEO

LASER INDICATOR

ESC MENU

POSITION

RESET AUTO

KEYSTONE

1 2 3

ID CHANG

E

SEARCH

ON

OFF

FREEZE M

UTE

MAGNFY

PinP

VOLU

ME

RGB

BLANK

ASPEC

T

ENTER

LASER

LENS SHIFT

+

–––

++

FOCUS ZOOM

JQA

MADE IN CHINA

P S

C

INTERLINK ELECTRONICS

AVOID EXPOSURE-LASER

RADIATION IS EMITTED

FROM THIS APERTURE

CAUTION

WAVE LENGTH: 640-660nm

MAX OUTPUT: 1mW

CLASS 2 LASER PRODUCT

Comples with 21 CFR, 1040.10 AND 1040.11

IEO60825-1:1993+A1:1997+A2:2001

LASER-STRAHLING

NICHT IN DEN STRAHL BLICKEN

LASER KLASSE 2

WAVE LENGTH:640-660nm MAX OUTPUT:1mW

MODEL:H-IRC4

LASER RADIATION

DO NOT STARE INTO BEAM

MANUFACTURER: B

MANUFACTURED

JANUARY,2003

INTERLINK K.K.

1-10-7 HIGASHIKANDA CHIYODA-KU,TOKYO,JAPAN

101-0031

MADE IN CHINA

5

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

4. Adjustment

4-1 Before adjusting

4-1-1 Selection of adjustment

When any parts in the table 4-1 are changed, choose

the proper adjusting items with the chart.

Table 4-1: Relation between the replaced part and adjustment

Replaced

part

Adjustment

Ghost

(Chap.4-2)

Flicker

(Chap.4-3)

NRSH

(Chap.4-4)

White

balance

(Chap.4-5)

Color

uniformity

(Chap.4-6)

AIR

FILTER

(Chap.4-7)

Dichroic

optics unit

LCD/LENS

prism

assembly

PWB

assembly

Drive

Lamp

unit

assembly

PWB

assembly

Dust sensor

: means need for adjustment.

: means not need for djustment.

: means recommended.

4-1-2 Setting of condition before adjustment

1. Before starting adjustment, warm up the projector

for about 10 minutes.(Blank white)

2. Set Zoom Wide to Max. And project an image

with more than 1m (40 inches) in diagonal size.

3. Shift the Lens to the highest position with the

[LENS SHIFT +] button.

4. Normalizing the video adjustment.

(Press the [MENU] button of the Remote control

transmitter to display the MAIN menu. After

pressing the [

] key, use the [ ] or [ ] key to

select [RESET]. Reset menu will appear by the [ ]

key, then choose [EXECUTE]. Next, open the

PICTURE1 menu. Choose RESET and perfom

EXECUTE by the same operation described above.

*note :The MAIN and PICTURE1 menu is not

reset with no signal.

5.

Set the NORMAL at GAMMA in the PICTURE1 menu.

6.

Perform all adjustments from the FACTORY MENU.

Perform the following operations to display the

FACTORY MENU.

a.

Press the [MENU] button on the Remote control

transmitter (the MAIN menu will appear).

b. Select the [RESET] in the MAIN menu, and

then press the [ ] button.

c. Next, press the [RESET] button one time. And

hold the [RESET] button for 3 seconds or

more (the

FACTORY MENU

will appear).

6

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

4-3 Flicker adjustment

(V.COM adjustment)

Signals for internal adjustment

Adjustment procedure

1. Make this adjustment after completing the

adjustment in 4-2 Ghost adjustment.

2. Use DAC-P - V.COM - R: in the FACTORY MENU

to adjust so that the flicker at the center of the

screen is less than the flicker at the periphery.

(When the flicker is about the same across the

whole screen, adjust so that the flicker at the center

of the screen is somewhat less than elsewhere.)

3. In the same way, use DAC-P - V.COM-G: in the

FACTORY MENU to adjust the G color flicker.

4. In the same way, use DAC-P - V.COM-B: in the

FACTORY MENU to adjust the B color flicker.

4-2 Ghost adjustment

Signals for internal adjustment

30%

112/255

0/255

Adjustment procedure

1.

Use DAC-P - GHOST - R: in the FACTORY MENU

to adjust so that R color ghost is at a minimum.

(Set the adjustment value to default, and then

raise the value. When a ghost appears to the left

of a vertical line, reduce the value by some steps

as below.)

CP-X1200/CP-X1250: 2 steps

CP-X1200WA: 4 steps

2. In the same way, use DAC-P - GHOST-G: in the

FACTORY MENU to adjust so that G color ghost

is at a minimum.

3. In the same way, use DAC-P - GHOST-B: in the

FACTORY MENU to adjust so that B color ghost

is at a minimum.

7

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

4-5

White balance adjustment

(visual inspection)

Preparations

1. Perform these adjustments after the NRSH

adjustment described in Section 4-4.

2. Reset gamma correction before adjustment.

Place the cursor on [GAMMA] in the FACTORY

MENU, press the [RESET] key and select [DEFAULT].

Adjustment procedure

1. First, adjust the G color.

2. Select GAMMA, SB-CNT, and G: in the FACTORY

MENU. If the background is white solid, press the

[ENTER] key on the Remote control transmitter to

change to [G] monochrome in the 29-tone

grayscale.

3.

Adjust GAMMA, SB-CNT, and G: in the FACTORY

MENU so that brightness of 29 steps is best.

4. Don’t adjust GAMMA, SB-BRT, and G: in the

FACTORY MENU. Because we want to keep the

best contrast ratio.

5. Then adjust colors R and B.

6.

Select GAMMA, SB-CNT, and G: in the FACTORY

MENU. If the background is white solid, press the

[ENTER] key on the Remote control trasmitter to

change to [W] monochrome in the 29-tone grayscale.

7. Adjust GAMMA, SB-BRT, R: and B: in the

FACTORY MENU so that low-brigtness white

balance is best.

8. Adjust GAMMA, SB-CNT, R: and B: in the

FACTORY MENU so that middle-brightness white

balance is best.

9. Repeat steps 7 to 8 above, and adjust so that

brightness white balance of 29 steps is best.

4-4

NRSH adjustment

(vertical stripe adjustment)

Signals for internal adjustment

192

/255

168

/255

144

/255

120

/255

96

/255

72

/255

48

/255

24

/255

Adjustment procedure

1. Make this adjustment after completing the

adjustment in 4-3 Flicker adjustment.

2. Use DAC-P - NRSH - R: in the FACTORY MENU

to adjust so that the vertical lines spaced every 6

dots are as inconspicuous as possible.

(Reduce the adjustment value when black stripes

appear in the 2nd or 3rd tone from the black side.

Note that when the adjustment value is lowered,

white stripes may appear in the 2nd or 3rd tone

from the bright side. Should this happen, adjust so

that the stripes are as inconspicuous as possible.)

3.

In the same way, use DAC-P - NRSH - G: in the

FACTORY MENU

to adjust vertical stripes of G color.

4.

In the same way, use DAC-P - NRSH - B: in the

FACTORY MENU

to adjust vertical stripes of B color.

5.

After completing this adjustment, return to Flicker

adjustment in 4-3 and make sure NRSH adjustment

has not affected Flicker performance. If it has become

worse, readjust the Ficker and the NRSH adjustments.

8

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

VID-AD

MIN

MID-L

MID-H

MAX

DAC-P

GAMMA

C. UNIF.

No. 1 R 0

STRIPE

C.UNIF

ON/OFF ON

OFF

G0 B0

Major adjustment lattice point No.

4-6 Color uniformity adjustment

Preparations

1. Perform these adjustments after the white

balance adjustment described in Section 4-5.

2. Make a color uniformity adjustment for the

following four tones.

MIN tone (approx. 7% input signal)

MID-L tone (approx. 18% input signal)

MID-H tone (approx. 50% input signal)

MAX tone (approx. 75% input signal)

3. Place the cursor on [C.UNIF.] in the FACTORY

MENU and press the [ ] key. This displays the

Adjust Tone menu at the bottom of the screen.

To choose the tone to be adjusted, press the [

]

key and then use the [ ] or [ ] key.

Select the major adjustment lattice point No. and

color, and then adjust them.

4. The major adjustment lattice point numbers (a

total of 17 points) corresponds to the major

adjustment lattice point positions in the diagram

on the right. The color uniformity of the entire

screen can be adjusted by adjusting the white

balance for each of the points starting in order

from the low numbers.

5. Adjustment point No.1 should not be adjusted,

because it controls the brightness of the entire

screen.

6. To temporarily turn correction off, place the cursor

on [C.UNIF.] in the Adjust Tone menu and press the

[

] key. The ON/OFF menu appears. Place the

cursor on [ON] with the [ ] key and press the [ ]

key. To turn it on again, place the cursor on [OFF]

and press the [

] key.

7. Although this adjustment can also be made using

internal signals, we will here use the [ENTER] key

on the Remote control transmitter to select the

following two signals.

Solid monochrome adjustment color (use G

color adjustment when a color differential meter

is used).

Solid white (use for adjustment other than

above).

8. Reset color-shading correction before adjustment.

When 4 tones and all colors are to be reset,

place the cursor on [C.UNIF.] in the FACTORY

MENU, press the [RESET] key and select

[DEFAULT].

When only 1 tone is to be reset, place the

cursor on the tone to be reset, press the

[RESET] key and select [DEFAULT].

Single tone and monochrome resets cannot be

performed.

FACTORY MENU

Major adjustment lattice point position

14 12

13

16

15 17

6 4 8

2 1 3

7 5 9

10 11

V/6

H/6 H/3 H/3 H/6

V/3

V/6

Adjust tone menu

9

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

Adjustment procedure 1

(when a color differential meter is used)

1. First adjust [MID-L] tone [G:].

2. Select adjustment point [No.2][G:].

When the background is not [G] monochrome,

press the [ENTER] key on the Remote control

transmitter to change to solid [G] monochrome.

3. Measure the illumination at adjustment points No.

2, No.3, No.10 and No.11.

The values should be:

No.2 = Y2 [lx] No.10 = Y10 [lx]

No.3 = Y3 [lx] No.11 = Y11 [lx]

4. No.2 and No.3 adjustment point have the average

of Y2 and Y3.

Y2 = ( Y2 + Y3 ) / 2 ± 3 [%]

Y3 = ( Y2 + Y3 ) / 2 ± 3 [%]

5. No.10 and No.11 adjustment point have the

average of Y10 and Y11.

Y10 = ( Y10 + Y11 ) / 2 ± 3 [%]

Y11 = ( Y10 + Y11 ) / 2 ± 3 [%]

6. Then adjust [MID-L] tone [R] and [B].

When the background is [G] monochrome, press

the [ENTER] key on the Remote control

transmitter to change to solid white.

7. Measure the color coordinates of adjustment

point [No.1] and make a note of them.

Assume that they are x = x1, y = y1.

Note: When the CL-100 color and color

difference meter is used, the [

](delta)

mode is convenient. When adjustment

point [No.1] color coordinate has been

selected, set the slide switch on the side to

[

](delta) while holding down the [F] button

on the front panel. The measurement

shown after this displays the deviation from

measurement point 1.

8. Measure the color coordinates of measurement

point [No.2] and adjust [No.2][R:] and [B:] so that

the coordinates are as follows.

x = x1 ± 0.005 , y = y1 ± 0.010

9. Similarly, measure adjustment points [No.3] to

[No.17] and adjust their color coordinates starting

in order from the small number points.

This completes adjustments required for [MIN].

Note: Since excessive correction may lead to a

correction data overview during internal

calculations, use the following values for

reference.

[No.2] to [No.5] ± 40 or less

[No.6] to [No.9] ± 50 or less

[No.10] to [No.13] ± 70 or less

[No.14] to [No.17] ± 120 or less

10. Then adjust [MIN] tone [G] so that the adjustment

data set two times as much as [MID-L] tone [G].

This completes [G] color adjustments.

11. Then adjust [MIN] tone [R] and [B].

Select [No.2] [B:] and press the [ENTER] key on

the Remote control transmitter to change to solid

white.

12. Measure the color coordinates of adjustment

point [No.1] and make a note of them.

Assume that they are x = x1, y = y1.

13. Now measure the color coordinates of

measurement point [No.2] and adjust [No.2][R:]

and [B:] so that the coordinates are as follows.

x = x1 ± 0.005 , y = y1 ± 0.010 (Target)

x = x1 ± 0.020 , y = y1 ± 0.040

14. Similarly, measure adjustment points [No.3] to

[No.17] and adjust their color coordinates starting

in order from the small number points.

This completes [MIN] tone adjustments.

15. Now make similar adjustments for [MID-H] tone.

(Adjust [MID-H] tone [G] so that the adjustment

data set half as many as [MID-L] tone [G].)

16. Now make similar adjustments for [MAX] tone.

(Adjust [MAX] tone [G] so that the adjustment

data set half as many as [MID-L] tone [G].)

10

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

Adjustment procedure 2

(visual inspection)

1. First adjust [MIN] tone [G:].

2. Select [No.2] [G:].

If the background is [G] monochrome, press the

[ENTER] key on the Remote control transmitter to

change to solid white.

3. View measurement point [No.2] and [No.3].

Lower the [G] color intensity only of the color

point whose [G] color is more intense than

measurement point [No.1].

4. View measurement point [No.10] and [No.11].

Lower the [G] color intensity only of the color

point whose [G] color is more intense than

measurement point [No.1], and raise the intensity

of the point whose color intensity is lower than

measurement point [No.1].

5. Now adjust the [MIN] tone for colors [R] and [B].

6. View measurement points [No.2], [No.3], [No.10]

and [No.11]. Adjust the [R] and [B] of each

measurement point so that they have the same

color as measurement point [No.1].

Adjustment technique:

First, adjust [B:] of the point whose color is to be

adjusted so that it approximates that of [No.1]. If

[R:] is low at this time, the image will have cyan

cast, in which case [R:] is increased. On the other

hand, if [R:] is excessive, the image will have a

magenta cast, in which case [R:] is decreased.

Overall, a cyan cast makes it easy to see color

shading.

7. Next, view measurement points [No.4], [No.5],

[No.12], [No.13] and make similar adjustments.

8.

Then adjust measurement points [No.6], [No.7], [No.8],

[No.9], [No.14], [No.15], [No.16] and [No.17].

This completes the [MIN] tone adjustments.

9. Make similar another three tones as described in

steps 1 to 8 above.

8

3

16

17

9

11

6

14

2

12

15

13

10

7

4

1

5

8

3

16

17

9

11

14

12

15

13

10

4

1

5

6

2

7

8

3

16

17

9

11

6

2

12

13

14

15

10

7

4

1

5

14

12

15 13

10

4

1

5

6

2

7

8

3

16

17

9

11

17

9

15 13

7

5

3

17

9

11

15

13

10

1

5

6

2

7

8

16

17

9

6

12

13

7

4

5

14 12

10

4

1

6

2

8

3

16

17

9

113

11

2

10 1

16

14 12

86

4

8

4

16

14

12

3 11

2

14

15

10

1

5

7

15 13

17

9

15 13

7

5

3

17

9

11

6

17

9

6

13

7

5

14 12

10

46

2

8

16

3

112

10 1

1614

12

8

6 4

84

16

14 12

3

112

14

15

10

5

7

15

10

12

1315

5

7

12

4

1

8

17

13

1

3 11

16

95

17

9

15 13

7

5

3

17

9

11

6

17

9

6

13

7

5

14 12

10

46

2

8

16

3 112

1

16

14 12

8

4 84

1614

12

32

14

15

10

5

7

15

10 12

13

5

7

12

4

1

17

13

1 3

5

11

9

11

8

16

15

10

6

No. 2 deviation range No. 10 deviation range No. 3 deviation range No. 11 deviation range

No. 4 deviation range No. 12 deviation range No. 5 deviation range No. 13 deviation range

No. 6 deviation range No. 7 deviation range No. 8 deviation range No. 9 deviation range

No. 14 deviation range No. 15 deviation range No. 16 deviation range No. 17 deviation range

11

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

4-7 AIR-SENSOR adjustment

When the PWB assembly DRIVE or the PWB assembly DUST SENSOR is replaced, perform this adjustment

after completing reassembling the projector.

1. Before this adjustment, clean the air filter and make sure the projector is compretely assembled.

2. Open HIDDEN SERVICE MENU and choose AIR-SENSOR by using

button.

HIDDEN SERVICE menu comes up by following operation. Set the cursor on the OPTION menu and press

the MAGNIFY OFF button on the Remote controller. Next hold the MAGNIFY OFF button for 3 seconds or

more.

3. Press the

button. Next press the [ ] button to select EXECUTE. The adjustment program runs

automatically.

4. After the massage of "END" is displayed, check the Offset value displayed according to the following spec

Spec. : 10

Offset: 65

5. If out of spec, confirm the below conditions Then retry the same adjustment.

Description

(a) Installing the air filter correctly.

(b)

No obstruction and dust on air filter. (If not good condition, clean or replace

the air filter.)

(c) Using the proper type of air filter.

(d) Installing the PWB assembly DUST SENSOR correctly.

(e) Connecting the proper wires to E305 firmly.

(f) Installing the FILTER COVER correctly.

6. If the all conditions above is okay, replace the PWB assembly Drive or the PWB assembly Dust sensor.

12

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

PWB assembly REMC

ESPR

ESPL

P701

P501

P601

E806

E802

E803

E305

E801

EW51

E807

E808

E804

E811

E800

E805

E809

E303

E302

E304

TSW

IS01

PWB assembly SENSOR

TH950

PWB assembly DRIVE

PWB assembly SIGNAL

PWB assembly KEYPAD

TXP29

TXP26

TXP23

TXP20

TXP19

SPEAKERS

DK53

DK52

Q801

Collector

TP-FS2

TP-FS

CHV35

18

45

81

131

51

CHV36

CHV29

CHV33

CHV26

CHV34

CHV27

CHV28

IV02

IV01

(TEMP.

SENSOR)

5. Troubleshooting

Check points

13

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

Power can not be turned on

Are voltage

input on the PWB

assembly Drive at

standby mode?

:+16.5V

:+15V

:+4V

:+6V

,:+15V

E800

Power unit (circuit)

Fuse

on Power unit (circuit)

NO

YES

Disconnect

TSW from Power unit

(circuit). And check

TSW short or

open?

PWB assembly Drive

Short

TSW

Open

Lights

What is the state of

LAMP indicator

DK52?

Not light

Blinks

1

1 2

4

6

12

Is the LAMP

connection?

OK

Set the LAMP again

Is the

voltage at pin and

of E807 same?

NO

YES

PWB assembly Limit SW

PWB assembly Drive

Is the LAMP COVER

set?

OK

Set the LAMP COVER

NG

Lamp

Power unit (ballast)

1 2

14

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

Lamp does not light

What is the state of

LAMP indicator DK52

during operation?

Power unit (ballast)

Lamp

PWB assembly Drive

Power unit (ballast)

Light

PWB assembly Drive

YES

Not light

NO

YES

Change the lamp.

Does lamp light?

Power unit (circuit)

Not light

NO

Not light

Blinks

PWB assembly Drive

FAN

"L" = 0V

(L = less

than 1.5V)

L(0V)

PANEL B : E801

PANEL G : E802

PANEL R : E803

EXHAUST : E804

INTAKE : E809

LAMP : E808

Is the

voltage at collector

of Q801 on the PWB assembly

Drive fixed to "L" during

warming-up?

"L"=0V

DC FAN

Measure the voltage

at each pin

Set AC to ON and

enter standby status

The voltage is

H (3.3V)

H(3.3V)

Measure

sure voltage at

TP-FS and/or TP-FS2 on

the PWB assembly

Drive.

Turn on the

power supply and check

the voltage

Check the fan connector

connection

Connector connection

Normal

OK

NG

Is the voltage

at pin of E805 on

the PWB assembly Drive

set to "L" during

warming-up?

3

1

The voltage

once

(about 1 sec.)

to L (0V)

DC fan malfunction

OK

H

NG

AC ON Power ON

about 1 sec.

What is the

state of TEMP indicator

(DK 53 on the KEYPAD

board)?

15

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

Picture is not displayed when

the RGB signal is input

Are signal

input at each pin on the

PWB assembly

Drive?

PWB assembly Signal

IC (IS01)

EL4332CS

PWB assembly Drive

LCD panel

NO

YES

Check at operating mode

TPX29 : R signal

TPX26 : G signal

TPX23 : B signal

TPX20 : H sync

TPX19 : V sync

Power unit

(circuit)

Change the

IS01 on the PWB

assembly Signal.

Is it repaired?

YES

NO

YES

Are voltage input

at each pin on the PWB

assembly Drive?

: +16.5V

: +15V

:+4V

:+6V

E800

1

4

6

12

Power unit (circuit)

NO

YES

Are voltage

input at each pin on

the PWB assembly

Drive?

Are signal

input at these

pins of EV01 on the

PWB assembly

Drive?

NO

YES

NO

YES

PWB assembly Signal

IC : IV01

(TC90A92AFG)

IC : IV02

(MM1113XF)

PWB assembly Drive

Check at operating mode

CHV29 : VIDEO (Composite)

CHV28 : S-VIDEO (Y)

CHV27 : S-VIDEO (C)

CHV34 : Component (Y)

CHV35 : Component (Cb)

CHV36 : Component (Cr)

Picture is not displayed when the VIDEO,

S-VIDEO, Component Signal is input

: +16.5V

: +15V

:+4V

:+6V

E800

1

4

6

12

: S-VIDEO

:VIDEO

: COMPONENT VIDEO

IV02

1

3

5

7

Does

the pin of

IV02 have the same

waveform as the pin

corresponding to the

selected input ?

16

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

PWB assembly Drive

Check at operating mode

(Make sure the state of MUTE and Volume,

and the setting of SPEAKER in OPTION menu)

No sound

NO

YES

NO

YES

PWB assembly Signal

Power unit (circuit)

Are signal input

at each pin on the PWB

assembly Drive?

infinity

about 8

Speaker

Disconnect

speakers from the

PWB assembly Drive, and

measure their

resistance.

Are voltage input

at each pin on the PWB

assembly Drive?

CHV26 : Audio (L)

CHV33 : Audio (R)

: +16.5V

: +15.0V

: +4.0V

: +6.0V

E800

E811

1

4

6

12

The check after parts change

1. PC power supply OFF

2. Connection of cable

3. Projector starting

4. PC starting

*When not operating :

PC set up change of cable.

Can not control to RS-232C

PWB assembly Drive

NO

YES

NO

YES

Use cross cable

Check the

RS-232C cable.

Are pin No. 2 and 3

crossed?

Power unit (circuit)

Check the

power supply voltage

of E800 the voltage

correct?

: +16.5V

: +15.0V

: +4.0V

: +6.0V

E800

1

4

6

12

17

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

NO

Does the Lamp

on lower right corner of the

Network connector light

in orange?

Can’t communicate with computer

via NETWORK terminal.

Check at operating mode

Make sure Network

hardware

Set IP address and Subnet

Mask in the Settings >

Network menu with manual

operation.

Is the computer

and projector connected with

cross. cable?

YES

NO

Are

both IP Address

and Subnetmask in the

Setting > Network > Network

Info menu set to

"0.0.0.0"?

PWB assembly Drive

Use new LAN cable

YES

Set IP address and Sub net

Mask in the Settings >

Network menu with manual

operation.

Is

the DHCP in the

Settings > Network menu

activated (with the

checked mark)?

NO

Is the computer

connected with the

projector directly?

Is

either IP address

or Subnet Mask in the

Setting > Network > Network

Info menu set to

"0.0.0.0"?

If

Subnet Mask is

"255.255.255.0", are

"xxx.yyy.zzz" portion of IP address

setting of computer and

projector

same?

PWB assembly Drive

YES

Is there

DHCP server on.

the network which the

Projector is connected

to?

Make sure those settings

of the projector and

computer are correct.

Change to cross-cable,

or use the straight

cable with HUB.

NO

YES

NO

YES

NO

Use the same IP address

setting except for "N" on

computer and projector.

YES

Change Subnet Mask

"0.0.0.0" to proper setting

with manual operation.

NO

IP address: xxx.yyy.zzz.N

NO

Are there

any damage to the cable

between computer and

projector?

18

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

6. Service points

6-1 Lead free solder [CAUTION]

This product uses lead free solder (unleaded) to help preserve the environment. Please read these instructions

before attempting any soldering work.

Lead free solder indicator

Printed circuit boards using lead free solder are engraved with an "F."

Properties of lead free solder

The melting point of lead free solder is 40-50˚C higher than leaded solder.

Servicing solder

Solder with an alloy composition of Sn-3.0Ag-0.5Cu or Sn-0.7Cu is recommended.

Although servicing with leaded solder is possible, there are a few precautions that have to be taken. (Not taking

these precautions may cause the solder to not harden properly, and lead to consequent malfunctions.)

Precautions when using leaded solder

Remove all lead free solder from soldered joints when replacing components.

If leaded solder should be added to existing lead free joints, mix in the leaded solder thoroughly after the lead

free solder has been completely melted (do not apply the soldering iron without solder).

Servicing soldering iron

A soldering iron with a temperature setting capability (temperature control function) is recommended.

The melting point of lead free solder is higher than leaded solder. Use a soldering iron that maintains a high

stable temperature (large heat capacity), and that allows temperature adjustment according to the part being

serviced, to avoid poor servicing performance.

Recommended soldering iron:

Soldering iron with temperature control function (temperature range: 320-450˚C)

Recommended temperature range per part:

Part Soldering iron temperature

Mounting (chips) on mounted PCB 320˚C±30˚C

Mounting (chips) on empty PCB 380˚C±30˚C

Chassis, metallic shield, etc. 420˚C±30˚C

PWB assembly DRIVE

PWB assembly SENSOR

PWB assembly REMC

PWB assembly LIMIT SW

PWB assembly SIGNAL

PWB assembly DUST SENSOR

PWB assembly KEYPAD

POWER UNIT (BALLAST)

POWER UNIT (CIRCUIT)

The PWB assembly which has used lead free solder

CAUTION

Always wear safety glasses to prevent fumes or molten solder from getting into the eyes. Lead free solder can

splatter at high temperatures (600˚C).

19

CP-X1200(P5XLA) / CP-X1250(P5XMLA) / CP-X1200WA(P5XMLB) / PJ1165(P5XMB)

6-2 Before replacing the LCD/Lens prism

You should not replace separately the parts of the liquid crystal LCD/Lens prism because it works properly only

when used together. Therefore, regarding these parts, you can either replace part, LCD/LENS PRISM assembly,

or send the whole unit LCD/LENS PRISM assembly back to HITACHI, where we will replace the malfunctioning

part, recondition the device and send it back to you.

6-3 Putting batteries

CAUTION

• About the battery

• Keep a battery away from children and pets.

• Use only the battery speciﬁ ed: two AA batteries.

• Do not mix new battery with used one.

• Make sure the plus and minus terminals are correctly aligned when loading the battery (as indicated in the

remote control).

• Dispose of batteries in accord with environmental laws.

1. Remove the battery cover.

Slide back and remove the battery cover in the direction of the arrow.

2. Insert the batteries.

Align and insert the two AA batteries according to their plus minus terminals

(as indicated in the remote control).

3. Close the battery cover.

Replace the battery cover in the direction of the arrow and snap it back into

place.

DISTRIBUTOR HITACHI

G Panel

Do not disassemble the unit

because replacement of separate

parts is not possible.

Return

Replacement of G Panel Reconditioning

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